integra32 hardware manual-rev5 - rbh access technologies · chapter 2 intelligent field panel...

Integra32™

Integrated Alarm Monitoring

and Access Control

HARDWARE MANUAL

new generation

building security

Integra32™ Hardware Guide RBH Access Technologies Inc.

C o p y r i g h t N o t i c e

Copyright © 1995 - 2013 by RBH Access Technologies Inc.

All rights reserved Worldwide. Printed in Canada. This publication has been provided

pursuant to an agreement containing restrictions on its use. No part of this book may be

copied or distributed, transmitted, stored in a retrieval system, or translated into any

human or computer language, in any form or by any means, electronic, mechanical,

magnetic, manual, or otherwise, or disclosed to third parties without the express written

consent of RBH Access Technologies Inc., Mississauga, Ontario, Canada.

Trademark

Integra32™ is the trademark of RBH Access Technologies Inc. Windows is a trademark

of Microsoft Corporation. All other product names mentioned herein are the property of

their respective owners. Use of a term in this book should not be regarded as affecting

the validity of any trademark or service mark.

Disclaimer

This book is provided as is, without warranty of any kind, either express or implied,

including but not limited to performance, merchantability, or fitness for any particular

purpose. Neither RBH Access Technologies Inc. nor its dealers or distributors shall be

liable to any person or entity with respect to any liability, loss, or damage, caused or

alleged to have been caused directly or indirectly by this information. Further RBH

Access Technologies Inc. reserves the right to revise this publication, and to make

changes to the content hereof from time to time, without the obligation of RBH Access

Technologies Inc. to notify any person or organization of such revision or changes.

FCC

This device complies with part 15 of the FCC Rules. Operation is subject to the

following two conditions: (1) This device may not cause harmful interference, and (2)

this device must accept any interference received, including interference that may cause

undesired operation.

Integra32 Revision 4.2 Printing Date 6 June, 2013

RBH ACCESS TECHNOLOGIES INC. 2 Automatic Road, Suite 108

Brampton, Ontario

CANADA

L6S 6K8

Table of Contents

RBH Access Technologies Inc. Integra32™ Hardware Guide

i

T a b l e o f C o n t e n t s

CHAPTER 1 INTRODUCING INTEGRA32™

........................................................................................................ 1

CHAPTER 2 INTELLIGENT FIELD PANEL ........................................................................................................ 2

IRC2000 .................................................................................................................................................................... 2 Connection Details ................................................................................................................................................ 2 Earth ...................................................................................................................................................................... 4 DIP Switch Settings ............................................................................................................................................... 5 PC Connections ..................................................................................................................................................... 7 Controller Networks ............................................................................................................................................ 10 Status LED's ........................................................................................................................................................ 11 Jumpers ................................................................................................................................................................ 12

URC2000 ................................................................................................................................................................. 13 Connection Details .............................................................................................................................................. 13 Earth .................................................................................................................................................................... 15 DIP Switch Settings ............................................................................................................................................. 15 PC Connections ................................................................................................................................................... 16 Status LED's ........................................................................................................................................................ 17 Jumpers ................................................................................................................................................................ 17

ELEVATOR CONTROL ................................................................................................................................................ 18 Connection Details .............................................................................................................................................. 19

PC100 ...................................................................................................................................................................... 21 Connection Details .............................................................................................................................................. 21 Status LED's ........................................................................................................................................................ 22 Jumpers ................................................................................................................................................................ 22

CHAPTER 3 INPUT & OUTPUT CONNECTIONS ............................................................................................ 23

INPUTS ...................................................................................................................................................................... 23 RTE (Request to Exit) .......................................................................................................................................... 23 DC (Door Contact) .............................................................................................................................................. 23 General Purpose .................................................................................................................................................. 23

INPUT CIRCUIT TYPES............................................................................................................................................... 24

OUTPUTS .................................................................................................................................................................. 28 Lock Output ......................................................................................................................................................... 28 Handicap Output ................................................................................................................................................. 28 Alarm Shunt Output ............................................................................................................................................. 28 Modem Power Output .......................................................................................................................................... 28 General Purpose Output ...................................................................................................................................... 28 Switching Inductive Devices (Locks, Bells) ......................................................................................................... 29

RELAY OUTPUT OPERATION ..................................................................................................................................... 30 Lock Output ......................................................................................................................................................... 30

ACCESS POINT OPERATING MODES .......................................................................................................................... 32 High Security ....................................................................................................................................................... 32 Unlocked .............................................................................................................................................................. 32 Door Held Open Warning ................................................................................................................................... 32 Door Held Open Alarm ....................................................................................................................................... 32

Table of Contents


ii

Keypad / Reader Combination............................................................................................................................. 32 Access Granted .................................................................................................................................................... 32 Access Denied ...................................................................................................................................................... 32

EXIT READER INTERFACE CONNECTION DIAGRAMS ................................................................................................. 33 IRC-2000 Connection .......................................................................................................................................... 33 URC-2000 Connection ........................................................................................................................................ 34

IRC-2000 SPECIFICATION .................................................................................................................................... 36

URC-2000 SPECIFICATION ................................................................................................................................... 37

PC-100 SPECIFICATION ........................................................................................................................................ 38

ELC-08 SPECIFICATION ....................................................................................................................................... 39

CABLE SPECIFICATION ....................................................................................................................................... 40

INDEX ........................................................................................................................................................................ 41

LICENSE & WARRANTY ....................................................................................................................................... 43

APPENDIX A: PC-100 INTERFACE APPLICATIONS ....................................................................................... 44

WIRING ..................................................................................................................................................................... 44

DSC ALARM PANEL INTERFACE ............................................................................................................................... 45

BOSCH ALARM PANEL INTERFACE ........................................................................................................................... 46

SUMMIT ALARM PANEL INTERFACE ......................................................................................................................... 48

APPENDIX B: DIALUP MODEM CONFIGURATION ....................................................................................... 51

REMOTE SITE MODEM: ............................................................................................................................................. 51

SERVER (HOST) SITE MODEM: ................................................................................................................................. 52

MODEM CONNECTION .............................................................................................................................................. 60

Chapter 1 Introducing Integra32


1

C h a p t e r 1

I n t r o d u c i n g I n t e g r a 3 2™

The Integra32™ system from RBH Access Technologies Inc. represents the latest in

access technology specifically designed for smaller applications. Its intuitive graphical

interface allows users to take advantage of the power of the Integra32™ with a minimal

amount of training.

The IRC-2000 Intelligent Field Panels utilize flash firmware for easy upgrades. The

IRC-2000 panel uses fully distributed intelligence for off-line operations. In addition to

supporting two card readers, each IRC-2000 Intelligent Field Panel also has eight fully

supervised alarm inputs along with eight outputs (four dry contact outputs and four open

collector outputs). The IRC2000‟s memory has been increased to now hold 5,000 cards

and can be further extended to hold 8,000 cards.

An alternate panel the URC-2000 can be used along with or instead of the original IRC-

2000. This panel also uses fully distributed intelligence for off-line operations. In

addition to supporting two card readers, each URC-2000 panel has four fully supervised

alarm inputs and four outputs as well as a 3,000 card capacity. Communication is handle

through an RS485 port.

The PC is used for data entry, setting up the database, and monitoring activity on the

system. Once the database is downloaded to the controllers, the PC is not required for

system operation. Should the PC be powered down, the controller will perform all

access and other control functions (but of course not Global functions), including

logging history events. When the connection is restored, the log will then be reported to

the PC.

Up to thirty-two panels can be connected together, for a maximum capacity of sixty-four

doors. Connect the PC to the first control directly via RS232 or by an IP address (using

an existing Ethernet). Additional controls can be connected to the first control with

RS485 (maximum total wiring distance is four thousand feet) to a maximum of sixteen

panels per connection (or network).

Interfacing with intrusion alarm panels has been made possible. Connect to Bosch or

Summit panels through the PC-100 board.

Elevator control is accomplished with a modified URC2000 panel and ELC-08 relay

boards. Four relay boards can control up to thirty-two floors for two readers.

Other features include the capacity for forty holidays, one hundred and twenty-eight time

zones, as well as handicap access by cardholder. High security and lock/unlock modes

are also supported. Each panel can have up to sixty-four input/output links, and the

system is capable of holding two hundred and fifty-five pre-programmed operator

commands. Both local and timed Antipassback are also supported.

Chapter 2 Intelligent Field Panel


2

C h a p t e r 2

I n t e l l i g e n t F i e l d P a n e l

The Integra32™ access control system consists of one or more controllers. All information

required by the controller is downloaded from the PC and stored locally in flash memory. This

information includes configuration data, cardholder records, access levels, schedules, and all

other records necessary for the operation of the system. The controller operates independent of

the PC and all decision-making is performed locally, even in the event of total power loss (while

operating on battery backup).

IRC2000

Connection Details

Power

The IRC-2000 requires 9 to 14 volts DC and draws about 250ma.

PC Interface

The Modem/Host interface connects the IRC-2000 to a PC or modem through an RS232 port.

TCP/IP Ethernet interface, or an RS485 (2-wire) interface [like a USB-485 module] can also be

used to connect the panels with the software. (The RS-485 connection is made in parallel with

the additional panels)

Inputs

There are two common terminals for each set of four inputs (one between inputs one and two,

another between three and four, one between five and six, and one between seven and eight).

Seven different input types are supported (including normally open, normally closed, one

resistor, and two resistor configurations).

Outputs

Four of the eight programmable outputs are dry contact relays (UL rated 2A @ 30v dc). These

are designated as outputs one, two, five, and six. The other four outputs are solid-state switches

(open collector to ground capable of sinking 100ma).

Readers

Readers are connected to non-programmable outputs BUZ, RED, & GRN, as well as data inputs

D0 and D1. Both readers have their own connection terminals, reader A on the left side of the

board and reader B on the right.



3



4

Earth

The controller contains several layers of protection against induced high voltage

transients from static discharge, lightning, and power line spikes. In order for this

protection to be fully effective, a good connection to earth ground is essential. Wire this

connection to a metal cold water pipe or similar structure. Do not connect directly to the

AC earth. Use 16 AWG or heavier cable and keep the length as short as possible (less

than 50 feet [15 meters]).

For multiple panels always use only a single point ground reference for all panels. Bring

the shields of all reader and communication cables back to one location. Do not connect

them to the panel or the panel‟s housing.

Grounding the Integra32 system

RS-485 Earth To PC RS-232 Ground 12vdc 12vdc 16vac 16vac External External

Transformer Transformer

AC Power Source

IRC 2000

Panel 1 Gnd RX A,B TX

IRC 2000

Panel 2 A,B

Reader A Reader A Reader B Reader B Reader B

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5

DIP Switch Settings

The IRC-2000‟s DIP switches control a number of operating parameters including the

device address and serial port baud rate. The controller must be powered down to accept

any changes in the DIP switch settings. Use DIP switches one through five to set the

controller address. Switches six and seven set the communication baud rate, and switch

eight is used to set the connection type (modem or direct).

DIP Switch

DIP Switch Function

1 - 5 Controller Address

6,7 Controller Baud Rate

8 Modem/Direct PC Connection

Controller Addressing

Use DIP switches 1, 2, 3, 4, and 5 to select the controller address. The address is binary

coded and the switch settings for all sixteen possible addresses are given below.


Switch 1 Switch 2 Switch 3 Switch 4 Switch 5 Address

On Off Off Off Off 1

Off On Off Off Off 2

On On Off Off Off 3

Off Off On Off Off 4

On Off On Off Off 5

Off On On Off Off 6

On On On Off Off 7

Off Off Off On Off 8

On Off Off On Off 9

Off On Off On Off 10

On On Off On Off 11



6

Off Off On On Off 12

On Off On On Off 13

Off On On On Off 14

On On On On Off 15

Off Off Off Off On 16

Direct Connect/Modem Selection

DIP switch 8 specifies whether the IRC-2000 is connected directly to a serial port on the

PC or communicates with the PC over a modem. Contact the RBH tech support office

for information on the optional TCP/IP Ethernet connection.

Direct Connect / Modem Selection

DIP Switch 8 Interface Type

OFF Direct Connect To PC

ON Modem

DIP switch 8 specifically turns on the password requirement and enables modem call-

back. The panel will still answer a modem call with DIP switch 8 off. You should

initially set up the panel with DIP switch 8 off, program the panel and download to it.

Then turn DIP switch 8 on to enable password checking.

Computer/Modem Port Baud Rate Selection

The controller's serial port baud rate is set with controller DIP switches 6 and 7. This

setting determines the speed used to communicate with the modem or PC serial port. If

the controller is connected directly to the PC, the controller baud rate must be the same

as the baud rate set for the port on the PC. The default PC baud rate is 38,400.

Controller Baud Rate Selection

DIP Switch 6 DIP Switch 7 Baud Rate

OFF OFF 9,600

ON OFF 28,800

OFF ON 38,400

ON ON 56,000



7

PC Connections

RS232 Connection

The PC serial port used to connect to the IRC-2000 panels is assigned under the

Communication Port Setup screen of Network properties window in the Integra32™

software. The baud rate is set by default to 9600 for direct connection to the PC using

the standard RS232 interface. The RS232 interface can be used to connect to a single

controller or to the first controller of a network. The distance between the PC and

controller can not be greater than 150 feet (45 meters), or 30 feet (9 meters) if the baud

rate is increased to 38,400.

For distances greater than 150 feet (45 meters), an RS485 interface must be used. RS485

is built into the IRC-2000 controller but is not part of the standard PC. The PC must be

fitted with either an RS485 serial card or an external RS232 to RS485 serial port

converter.

Additional controllers can be connected via the RS485 terminals.

Controller to PC Connection (RS232)

Controller DB9 Connector DB25 Connector

GND Pin 5 Pin 7

TX Pin 3 Pin 2

RX Pin 2 Pin 3

PC to IRC-2000 - RS232 Interface Wiring

Cable Specification

3 or 4-conductor shielded, 18 to 22 AWG

Maximum Cable Length

9600 baud 150 feet (45 meters)




8

Modem Connection

The IRC-2000 can be connected to the PC via a modem. The modem connection is

similar to the RS-232 connect with the inclusion of the DCD terminal. If multiple

controllers are used then the RS-485 connecter will be needed to connect the additional

controllers to the modem controller.

Cable Specification

4-conductor shielded, 18 to 22 AWG






9

TCP/IP Connection

For TCP/IP connections, wire to the TCP/IP interface as you would to the PC, with a

direct RS-232 connection. The TCP/IP interface is programmed with an IP address and

connected to the LAN (contact the local system administrator for an IP address).

Additional controllers can be connected via the RS-485 connection terminals.

RS485 Connection

The IRC-2000 controller supports a two-wire RS485 interface. Jumpers JP1 is to be set

on the lower two pins for RS485 operation.

The RS485 interface allows the distance between the controller and the PC to be

extended up to 4000 feet (1200 meters). RS485 requires one twisted pair shielded cable.

Cable Specification

Single twisted three-conductor, shielded, 18 to 22 AWG


4000 feet (1200 meters)



10

Controller Networks

Up to thirty-two controllers can be connected to a single PC. They can be connected to

the same network or distributed across multiple networks. After the first controller of

the network is connected to the PC, additional controllers can be connected to the

network via the RS485 terminals. Connect the TX/A terminal of one controller to the

TX/A terminal next one, and connect the RX/B terminal to the RX/B terminal. All of the

controllers on a network are connected in parallel.

Controller Network Connection Diagram



11

Status LED's

Computer/Modem Port

The computer/modem port has two LEDs to show the flow of data between the IRC-2000

controller and PC or modem. The red RX LED (LED3) flashes when the controller

receives data. The green TX LED (LED4) flashes when the controller transmits data. If

the controller is connected directly to the PC, the status LED's flash continuously.

Run LED

The run LED (LED2) flashes to indicate the controller is not communicating, it is on

solid when running normally, and off if power is missing.

Diagnostic LED

This LED (LED1) will be on if either (reader A or reader B) buzzer output is on.

Fuses

There are two 1-amp self-resetting Polyfuses on the IRC-2000 board. F1 is connected to

Reader Power and F2 is connected to Main Power.

Main Power Fuse

Reader Power Fuse



12

Jumpers

JP1 The upper position is for RS232, and the lower position is for RS485. (In a

multi-panel network with the first panel connected to the PC via RS-232 and all

other panel connected to the first panel via RS-485, set JP1 of panel #1 to RS-

232 and all other JP1s to RS-485)

JP2 Bias Low – RS485 tuning

JP3 Termination – RS485 tuning

JP4 Bias High – RS485 tuning

Leave jumpers JP2, JP3, and JP4 open. Do

not use these jumpers without consulting RBH.



13

URC2000

Connection Details

Power

The URC-2000 requires 9 to 14 volts DC and draws about 200ma.

PC Interface

The PC interface connects the URC-2000 to a PC through an RS485 (2-wire) connection.

Inputs

There are two common terminals for each set of inputs (one between inputs one and two,

another between three and four). Seven different input types are supported (including

normally open, normally closed, one resistor, and two resistor configurations).

Outputs

Two of the four programmable outputs are dry contact relays (UL rated 2A @ 30v dc).

These are designated as outputs one, and three. The other two outputs are solid-state

switches (open collector to ground capable of sinking 100ma).

Readers

Readers are connected to non-programmable outputs BUZ, & LED, as well as data inputs

D0 and D1. Both readers have their own connection terminals, reader A is designated as

P4 and reader B is designated as P5.



14



15

Earth

The controller contains several layers of protection against induced high voltage

transients from static discharge, lightning, and power line spikes. In order for this

protection to be fully effective, a good connection to earth ground is essential. Wire this

connection to a metal cold water pipe or similar structure. Do not connect directly to the

AC earth. Use 16 AWG or heavier cable and keep the length as short as possible (less

than 50 feet [15 meters]).

For multiple panels always use only a single point ground reference for all panels. Bring

the shields of all reader and communication cables back to one location. Do not connect

them to the panel or the panel‟s housing.

DIP Switch Settings

The URC-2000‟s DIP switches control a number of operating parameters including the

device address and serial port baud rate. The controller must be powered down to accept

any changes in the DIP switch settings. Use DIP switches one through five to set the

controller address. Switches six and seven set the communication baud rate, and switch

eight is used to set the connection type (modem or direct).

DIP Switch

DIP Switch Function

1 - 5 Controller Address

6,7 Controller Baud Rate

8 not used


Use DIP switches 1, 2, 3, 4, and 5 to select the controller address. The address is binary

coded and the switch settings for all sixteen possible addresses are given below.


Switch 1 Switch 2 Switch 3 Switch 4 Switch 5 Address

On Off Off Off Off 1

Off On Off Off Off 2

On On Off Off Off 3

Off Off On Off Off 4



16

On Off On Off Off 5

Off On On Off Off 6

On On On Off Off 7

Off Off Off On Off 8

On Off Off On Off 9

Off On Off On Off 10

On On Off On Off 11

Off Off On On Off 12

On Off On On Off 13

Off On On On Off 14

On On On On Off 15

Off Off Off Off On 16

Computer Port Baud Rate Selection

The controller's RS485 port baud rate is set with DIP switches 6 and 7. This setting

determines the speed used to communicate with the PC. All controllers connected to the

software through the same port must have the same baud rate. The default PC baud rate

is 38,400.

Controller Baud Rate Selection

DIP Switch 6 DIP Switch 7 Baud Rate

OFF OFF 9,600

ON OFF 28,800

OFF ON 38,400

ON ON 56,000

PC Connections

RS485 Connection

The URC-2000 controller supports a two-wire RS485 interface. The RS485 interface

allows the distance between the controller and the PC to be up to 4000 feet (1200

meters). RS485 requires one twisted pair shielded cable.



17

Status LED's

Communication Port

The RS485 port has two LEDs to show the flow of data between the URC-2000

controller and PC. The red RX LED (LED1) flashes when the controller receives data.

The green TX LED (LED2) flashes when the controller transmits data. If the controller

is connected directly to the PC, the status LED's flash continuously.

Run LED

The run LED (LED3) flashes to indicate the controller is not communicating, it is on

solid when running normally, and off if power is missing.

Fuses

There are two 1-amp self-resetting Polyfuses on the URC-2000 board. F1 is connected

to Reader Power and F2 is connected to Main Power.

Jumpers

JP1 Bias Low – RS485 tuning

JP2 Termination – RS485 tuning

JP3 Bias High – RS485 tuning

Leave jumpers JP1, JP2, and JP3 open. Do not

use these jumpers without consulting RBH.



18

Elevator Control

Integra32™ Elevator Control uses a modified URC2000 board with ELC firmware.

Up to four ELC-08 relays boards may be connect (strung) together for a maximum of

thirty-two dry contact outputs per Elevator Control panel. These contacts are

programmed as “on state de-energized” so that the release of the fire signal or power will

place the outputs in the ON state. There are red LEDs (one for each relay) that turn on

as each relay is energized therefore indicating an off state.

The green LED next to the data input connector flash when communications is lost.

Another green LED next to the Fire Signal connector indicates the presence of a Fire

Signal or Fire Signal Bypass.



19

Connection Details



20

Power

The ELC-08 requires 9 to 14 volts DC (connected to the Data Input) and draws a

maximum of 325ma.

Data Input / Data Output

The first ELC-08 is connected to the Elevator URC2000. Four wires are connected as

per the diagram above. The second, third, and fourth boards are each connected to the

previous board. Board four connected to board three, board three connected to board

two, and board two connected to board one. Connect 0v to 0v, D+ to D+, D- to D-, and

12v to 12v.

Fire Signal

Apply 12-24 volts DC to satisfy this input. When this voltage is removed all of the

relays on the board will power down (turn ON), making all floors accessible. If the Fire

Signal feature is not required install a jumper on the Fire Signal Bypass.



21

PC100

Connection Details

Power

The PC-100 requires 9 to 14 volts DC and draws about 150ma.

PC Interface

The PC interface connects the PC-100 to a PC through an RS232 serial connection at

9600 baud only.



22

RS485 Interfaces

Connect the PC-100 to IRC-2000 & URC-2000 panels through an RS485 connection,

and connect the PC-100 to an Alarm Panel through an RS485 connection.

Status LED's

Health

The green health LED indicates synchronization with the LSCP bus and the red health

LED indicates LSCP problems. For normal operation the green led will be flashing

quickly and brightly and the red led will be mostly off.

PC Interface

The PC Interface port has two LEDs to show the flow of data between the PC-100 and

the PC. The red RX LED (LED9) flashes when the controller receives data. The green

TX LED (LED10) flashes when the controller transmits data.

Access Panel Interface

The Access Panel Interface is an RS485 port that has two LEDs to show the flow of data

between the PC-100 and IRC2000 and/or URC2000 panels. The red RX LED (LED5)

flashes when the controller receives data. The green TX LED (LED6) flashes when the

controller transmits data.

Alarm Panel Interface

The Alarm Panel Interface is an RS485 port that has two LEDs to show the flow of data

between the PC-100 and a Bosch or a Summit panel. The red RX LED (LED7) flashes

when the controller receives data. The green TX LED (LED8) flashes when the

controller transmits data.

Jumpers

JP1 Do not use (for developmental purposes only).

JP2 & JP3 Both jumpers are left in the upper position for normal operation. This will

connect the PC Interface port to the micro controller. Move the jumper to

the lower position only if a LAN interface module is attached to the PC100.

This will connect the PC Interface port to the LAN interface module for the

purpose of programming it.

Chapter 3 Input & Output Connections


23

C h a p t e r 3

I n p u t & O u t p u t C o n n e c t i o n s

Inputs The IRC-2000 has eight fully supervised inputs, two sets of four each with two common

terminals, and the URC-2000 has four fully supervised inputs, two sets of two each with

a common terminal. All inputs are individually programmable from the PC. The panels

employ digital filtering to eliminate the effect of interference on the input loops and to

verify all loop changes before reporting to the controller.

Each input can report up to four states; Open, Short, Abnormal, and Normal. For

example, if the circuit type is programmed as „2 resistor normally closed‟, 1k represents

a normal state and 2k represents an abnormal state. Less than twenty ohms is a short and

very high resistance is an open.

RTE (Request to Exit)

Inputs programmed, as RTE will be connected to push buttons mounted on the door or to

motion detectors mounted near the door. Activating the RTE input will cause a grant

access to be executed on the appropriate door. The RTE can be disabled by a schedule.

Multiple inputs can be programmed as RTEs for the same door.

DC (Door Contact)

Inputs programmed as door contacts monitor the state of the door. Forced entry, door

held open alarm, and door held open warning require monitoring of the door state.

General Purpose

General Purpose Inputs are inputs that are not tied directly to an access point. The user

defines what happens when they change state. They can trigger links, cause alarms,

and/or report their change of state.



24

Input Circuit Types The IRC-2000 supports seven different input circuit types ranging from no resistor for

low security applications to two resistors normally closed circuits where the highest

security is required.

Normally Closed, No Resistor

Loop Resistance State

Short Restore

Open Circuit Alarm

Normally Open, No Resistor


Short Alarm

Open Circuit Restore



25

Normally Closed, One Resistor


Short Trouble

1k Restore

Open Circuit Alarm

Normally Closed, Two Resistor


Short Trouble

1k Restore

2k Alarm

Open Circuit Trouble

This circuit provides a high degree of supervision and detects both short and open circuit

fault conditions. Use this circuit in high security applications.



26

Normally Open, One Resistor


Short Alarm

1k Restore


Normally Open, Two Resistor


Short Trouble

1k Alarm

2k Restore




27

Normally Open And Normally

Closed, One Resistor


Short Alarm

1k Restore

Open Circuit Alarm

This circuit type is used where normally open and normally closed contacts are used in

the same loop.



28

Outputs The IRC-2000 has eight outputs; four relay outputs and four solid-state outputs. Outputs

1, 2, 5, and 6 are dry contact relays (UL rated 2A @ 30v dc). Outputs 3, 4, 7, and 8 use

electronic drivers and can switch up to 100ma. The URC-2000 has four outputs, two

relay outputs and two solid-state outputs. Outputs 1 and 3 are dry contact relays (UL

rated 2A @ 30v dc). Outputs 2 and 4 use electronic drivers and can switch up to 100ma.

All outputs are programmable from the PC as „On State‟ energized or „On State‟ de-

energized. „On State‟ de-energized outputs are used for fail-safe operation where it is

essential that the output return to a safe state when the system fails due to power loss,

communications failure, or fire.

Electronic outputs are „switched negative‟ which means that they switch the power

negative to the terminal. When the output is off, the output terminal is electronically

disconnected. Outputs can be programmed for lock or handicap operation (as described

below), or they can be used as general-purpose outputs.

Lock Output

The lock output is used to activate or deactivate the locking device on the door. It can

apply power to door strikes or remove power from magnetic locks.

Handicap Output

This output is used to drive door operators. It turns on in less than one second after the

Lock Output is turned on, and stays on until the Lock Output is turned off. Only

designated cardholders will activate this output.

Alarm Shunt Output

This output is activated at the same time as the Lock Output and is used to bypass the

door contact of a burglar alarm panel. The Alarm Shunt Output will reset with the

closure of the access control panel‟s door contact (the Alarm Shunt Output will stay

activated past the Unlock Time as long as the door is open). A door with two contacts

(one for the burglar Alarm and one for the access control) will require an Alarm Shunt

Output to prevent the burglar alarm system for going into alarm during a valid entry.

Modem Power Output

The Modem Power Output is a normally activated output that is used to reset a modem

by momentarily removing the power from the modem.

General Purpose Output

General Purpose Outputs are outputs that are user controlled. They are activated and de-

activated by user defined links and schedules.



29

Electronic Output Connection Diagram

The electronic outputs are capable of switching up to 100ma to ground.

Switching Inductive Devices (Locks, Bells)

Exercise caution when switching an inductive load. Inductive devices include external

relay, solenoids, bells, and door locks. All of these devices generate extremely high voltage

spikes (several thousand volts) when power is applied or removed and possible disruption of

the operation could occur if this interference gets on to the electronic circuit board.

This interference can be suppressed by placing a diode (1N4004 or similar) across the lock

or other inductive device being switched. Connect the diode cathode (end with band) to the

positive terminal and the other end to the negative terminal. The diode must be placed at

the device being switched and not at the controller.



30

Relay Output Operation

Lock Output

Any output can be used to control a magnetic lock or door strike. Multiple outputs can

be set to the same function (outputs one and two can both be Lock outputs for reader A).

Magnetic Lock Connection Diagram

For magnetic locks, the relay should be configured from the PC as „On State‟ de-

energized for fail-safe operation. If power fails (AC and battery), the power to the

magnetic lock is removed and the door is opened.



31

Door Strike Connection Diagram

Handicap Output Connection Diagram

If this output is used with an inductive load, use a back EMF diode

(as described on page 29) to prevent damage to other equipment.



32

Access Point Operating Modes

High Security

In high security mode, only cardholders with supervisor privilege are allowed access.

Unlocked

The green LED turns on to indicate the door is unlocked.

Door Held Open Warning

The Buzzer beeps slowly.

Door Held Open Alarm

The Buzzer beeps continuously.

Keypad / Reader Combination

The Buzzer emits a series of short beeps every second after a card is presented, until a

PIN is entered.

Access Granted

The Buzzer emits one long beep and the green LED turns on for the duration of the

unlock time.

Access Denied

The Buzzer emits two short beeps and the red led flashes twice.



33

Exit Reader Interface Connection Diagrams The Exit Reader Interface board enhances the IRC2000 and URC200 panels by allowing

the connection of two readers to a single reader port. A single reader port can now have

an „In‟ and an „Out‟ reader.

IRC-2000 Connection

Connect the „Out‟ reader to the seven-pin terminal and the „In‟ reader to the eight-pin

terminal. Also connect the eight-pin terminal to the panel‟s reader port. For the

IRC2000 connect the SIG terminal of the interface to the TAM terminal on the reader

port. If you are connecting to a URC2000 connect the SIG terminal to appropriate A or

B terminal as indicated by the diagram below.



34

URC-2000 Connection

For more information on the Exit Reader Interface check „TB51 Exit Reader Interface.pdf‟.

Specifications


35

S p e c i f i c a t i o n s

Specifications


36

I R C - 2 0 0 0 S p e c i f i c a t i o n

Controller Power Requirements: 9 – 14V DC

Current Consumption: 250ma

Flash ROM: Download firmware upgrades from the PC to IRC-2000

System Capacities: IRC-2000’s per System Maximum of 32 Readers per IRC-2000 2 Cardholder (normal) Maximum 5,000 (extended) Maximum 8,000 Event Log per IRC-2000 Maximum 1,400

Network Connection: Type RS-232 or RS-485 Serial Port Speed 9600, 28800, 38400, or 56000

Real Time Clock: Dallas DS1994 with battery back up

Housing dimensions: H 12in. x W 14in. x D 3½in.

Operating temperature: 0 to 70C (35 - 150F)

Operating Humidity: 20 to 80% RH (non-condensing)

PC Connection: Can be connected via RS232, RS485, or by Modem

Specifications


37

U R C - 2 0 0 0 S p e c i f i c a t i o n



Flash ROM: Download firmware upgrades from the PC to URC-2000.

System Capacities: URC-2000’s per System Maximum of 32 Readers per URC-2000 2 Cardholder Maximum 3,000 Event Log per URC-2000 Maximum 1,400

Network Connection: Type RS-485 Serial Port Speed 9600, 28800, 38400, or 56000


Board dimensions: H 3in. x W 6½in.



PC Connection: Can be connected via RS485.

Specifications


38

P C - 1 0 0 S p e c i f i c a t i o n



Flash ROM: Download firmware upgrades from the PC to PC-100.

System Capacities: PC-100’s per System Maximum of 1

Network Connection: Type RS-232 and RS-485 Serial Port Speed 9600, 28800, 38400, or 56000


Board dimensions: H 4¼in. x W 4¾in.



PC Connection: Can be connected via RS232, RS485, or by Modem

Specifications


39

E L C - 0 8 S p e c i f i c a t i o n


Current Consumption: 325ma (max.)

System Capacities: ELC-08’s per URC2000 Maximum of 4

Network Connection: Type RS-485

Relay Outputs: 1A @ 30vdc

Board dimensions: H 3in. x W 6½in.



Specifications


40

C a b l e S p e c i f i c a t i o n

PC to Controller

RS232: 3 or 4-conductor shielded, 18 to 22 AWG

Maximum Cable Length 9600 baud 150 feet (50 meters) 56000 baud 50 feet (15 meters)

2 Wire RS485: Single twisted pair, shielded 18 to 22 AWG

Maximum Cable Length 4000 feet (1200 meters)

IRC-2000/URC-2000 to Reader:

20 to 22 AWG, 6 or 8 conductor, stranded, shielded (not twisted)

Maximum Cable Length 22 AWG Cable 250 feet (75 meters) 20 AWG Cable 500 feet (150 meters)

PC-100

RS232 to PC: 3 or 4-conductor shielded, 18 to 22 AWG

Maximum Cable Length 9600 baud 150 feet (50 meters) 56000 baud 50 feet (15 meters)

2 Wire RS485 to panels: Single twisted pair, shielded 18 to 22 AWG


Input / Output Port Circuit Loop:

2-conductor, 20 to 22 AWG


Specifications


41

I n d e x

A

Access Denied ......................................................... 32

Access Granted ........................................................ 32

Access Panel Interface ............................................. 21

Access Point Operating Modes ................................ 32

Alarm Panel Interface .............................................. 21

Alarm Shunt Output ................................................. 28

B

Baud Rate Selection ................................................. 16

C

Cable Specification .................................................. 40

Computer/Modem Port ............................................ 11

Connection Details

Elevator Control .................................................. 19

IRC-2000 ............................................................... 2

PC-100 ................................................................. 21

URC-2000 ............................................................ 13

Connection Diagram

Controller Network .............................................. 10

Door Strike .......................................................... 31

Electronic Output ................................................. 29

Handicap Output .................................................. 31

IRC-2000 ............................................................. 33

Magnetic Lock ..................................................... 30

Controller Addressing .......................................... 5, 15

Controller Networks ................................................ 10

D

DC ................................................... See Door Contact

Diagnostic LED ....................................................... 11

DIP Switch Settings

IRC-2000 ............................................................... 5

URC-2000 ............................................................ 15

Door Contact ........................................................... 23

Door Held Open Alarm ........................................... 32

Door Held Open Warning ........................................ 32

Door Strike Connection Diagram ............................ 31

E

Earth .................................................................... 4, 15

ELC-08 Specification .............................................. 39

Electronic Output Connection Diagram ................... 29

Elevator Control ...................................................... 18

Connection Details ............................................... 19

Jumpers ................................................................ 22

Status LED's......................................................... 22

Exit Reader Interface ............................................... 33

F

Fire Signal................................................................ 20

Fuses

IRC-2000 ............................................................. 11

URC-2000 ............................................................ 17

G

General Purpose

Input ..................................................................... 23

Output .................................................................. 28

H

Handicap Output ...................................................... 28

Connection Diagram ............................................ 31

High Security Mode ................................................. 32

I

Input Circuit Types .................................................. 24

Inputs ....................................................................... 23

Intelligent Field Panel ................................................ 2

Introducing Integra32 ................................................ 1

IRC2000

Baud Rate Selection ............................................... 6

Connection Details ................................................. 2

Connection Diagram ............................................ 33

DIP Switch Settings ............................................... 5

Fuses .................................................................... 11

Jumpers ................................................................ 12

Modem Selection ................................................... 6

PC Connections ..................................................... 7

PC/ Modem Interface ............................................. 2

RS485 Connection ................................................. 9

Specification ........................................................ 36

Status LED's......................................................... 11

Wiring Diagram ..................................................... 3

J

Jumpers


IRC-2000 ............................................................. 12

URC-2000 ............................................................ 17

K

Keypad / Reader Combination ................................. 32

Index


42

L

Lock Output ....................................................... 28, 30

M

Magnetic Lock Connection Diagram ....................... 30

Modem Connection ................................................... 8

Modem Power Output .............................................. 28

O

Outputs .................................................................... 28

P

PC Interface

IRC-2000 ............................................................... 2

PC-100 ................................................................. 21

URC-2000 ............................................................ 13

PC100


Specification ........................................................ 38

R

Relay Output Operation ........................................... 30

Request to Exit ......................................................... 23

RS232 Connection ..................................................... 7

RS485 Connection

IRC-2000 ............................................................... 9

URC-2000 ............................................................ 16

RTE .............................................. See Request to Exit

Run LED .................................................................. 11

S

Specification

Cable .................................................................... 40

ELC-08 ................................................................ 39

IRC-2000 ............................................................. 36

PC-100 ................................................................. 38

URC-2000 ............................................................ 37

Status LED's


IRC-2000 ............................................................. 11

URC-2000 ............................................................ 17

Switching Inductive Devices ................................... 29

T

TCP/IP Connection .................................................... 9

U

Unlocked Mode ....................................................... 32

URC2000

Connection Daigram ............................................ 34


DIP Switch Settings ............................................. 15

Fuses .................................................................... 17

Jumpers ................................................................ 17

PC Interface ......................................................... 13

RS485 Connection ............................................... 16

Run LED .............................................................. 17

Specification ........................................................ 37

Status LED's......................................................... 17

Wiring Diagram ................................................... 14

License & Warranty


43

L i c e n s e & W a r r a n t y

Notice 1.01

This Software is licensed (not sold). It is licensed to sublicenses, including end-users, without either express or

implied warranties of any kind on an “as is” basis. RBH Access Technologies Inc. makes no express or implied

warranties to sublicenses, including end-users, with regard to this software, including merchantability, fitness for any

purpose or non-infringement of patents, copyrights, or any other proprietary rights of others. RBH Access

Technologies Inc. shall not have any liability or responsibility to sublicenses, including end-users for damages of any

kind, including special, indirect or consequential damages arising out of or resulting from any program, services or

materials made available hereunder or the or the modification thereof.

Notice 1.02

RBH Access Technologies Inc. makes no claim or warranty with respect to the fitness of any product or software for

a specific application and assumes no responsibility for installation. This warranty is in lieu of all other warranties

expressed or implied. No representative or agent of RBH Access Technologies Inc. may make any other claims to

the fitness of any product for any application.

Appendix 1 Specification Sheets


44

A p p e n d i x A : P C - 1 0 0 I n t e r f a c e

A p p l i c a t i o n s

The PC-100 communications interface can be used for a number of different applications.

PC-100s can be used to interface alarm panels with the Integra™ system. Some DSC, Bosch, Summit, Gardtec,

Rokonet, and Paradox alarm panels can be interfaced this way.

Wiring

The PC-100 connects to the IRC-2000 through the RS-485.

Power

9-14vdc @ 150ma

LEDs

DIAG1 – Interface status

DIAG2 – Integra status:

Communication Channel LEDs – Each communication channel has a green transmit LED and a red receive LED.

Normally flashing at a rate of once a second, DIAG2 will flash twice as fast if the unit is offline with the Integra

network.



45

DSC Alarm Panel Interface It is recommended that the user be familiar with the DSC alarm panel and has the ability to program PIN codes and

parameters into the panel.

The PC100 interface has been designed to connect the Integra network to the DSC alarm panel through the keypad

bus. It will emulate a keypad when a link has been provided and report status to the Integra network when included

in the list of keypads.

Keypad States

The emulated keypads in this case are representations of partition states. A partition can be armed, disarmed or in

alarm. Panic, Emergency, and Fire alarms initiated by the alarm panel will be reflected on the first keypad.

Input States

In addition to the keypads the PC100 will also emulate 256 inputs. Each input address will be mapped directly from

the DSC alarm panel interface. When an input changes state on the alarm panel the PC100 will report the change of

state as if it happened on its own panel.

Status Display



46

Some inputs such as smoke detectors are always armed so they will only be able to display Restore or Alarm. Inputs

such as Entry types are delayed so that at first they will display the disarmed states Normal and Abnormal followed

by Alarm if the timed entry fails.

In order to display a partition‟s status a database has to be created to store the zone names and its partition reference.

Bosch Alarm Panel Interface

It is recommended that the user be familiar with the DS7400Xi panel and has the ability to program PIN codes and

parameters into the panel.

The PC100 interface has been designed to connect the Integra network to the DS7400Xi alarm panel through the

option or keypad bus. It will emulate a keypad when a link has been provided and report status to the Integra

network when included in the list of keypads. If you observe the red and green led associated with the keypad

network you should notice the red LED flashing as it receives data and the green LED flashing as it responds to

polls. The response to polls will only occur under the following conditions:

1) The keypad address is included in the list of keypads programmed in the Integra network

2) The keypad emulation box has been checked.

3) The keypad address has been programmed into the alarm panel.

In order for the alarm panel to poll the emulated keypad the keypad assignment for the alarm panel should be

programmed. Keypad addresses 1-10 connect to the keypad bus and addresses 11-15 is connected to the option bus.

The PC100 can monitor all keypads on the bus that are listed under panel properties “Keypads”.

A Link to an Event will use an emulated keypad to enter a password followed by a command. If the password is not

programmed into the alarm panel no operation will take place. Whenever a command is executed the green

“DIAG2” LED will turn on. The green “DIAG2” LED will turn off when the alarm panel finishes its poll to the

keypad.

Do not overload the power supply by connecting the IRC2000‟s along with their weigand readers to the Bosch +12v

supply.



47



48

Summit Alarm Panel Interface

General description

The PC100 when made for the Summit application will interface the Electronics Line Summit alarm panel to the

IRC2000 access control system.

1) (RS232, RS485, TCP/IP) Host – for communication with the PC software running Integra32™.

2) (RS485) Panel – for connection to the LSCP bus on the Summit alarm panel.

3) (RS485) IRC – for connection to the Access control system.

All channels are programmed for a baud rate of 9600 8-bits no parity and all Integra32™ panels need to be

programmed for 9600 baud.

All activity is synchronized to the Summit LSCP bus. If the bus is disconnected all activity on the PC100 will halt.

The PC100 acts like a zone expander to the Summit panel allowing up to 32 zones. Each zone is mapped to an

element in the IRC network. The state of each element in the IRC network will cause a zone to appear open or

closed.

The PC100 acts like an IRC panel at address 32 to the host. The host can poll the PC100 to see if it is online,

request status, write to memory, and update flash memory.

IRC2000 panels connected along with the PC100 must be running firmware version 76 or higher for the

PC100 and the IRC2000 panels to function together correctly.

Programming an Arm/Disarm key-switch

When an Access Granted message is used as a source for an input, the status of the alarm panel is checked before

execution is allowed. If the function is to disarm the panel and the panel is already disarmed no action will take

place. Conversely if the function is to arm the panel and the panel is already armed the command will be ignored.

The key-switch functionality works on the basis of a momentary contact. Whenever the button is pushed the alarm

panel will change states if possible when the switch returns to its closed position. It is not allowed to arm if an

exterior zone is open for example.

Each zone can be programmed manually through the keyboard interface.

There are two types of arming allowed - STAY and AWAY.



49

Sharing a door contact

It is possible to use the door contact of the access control system to be mapped to the door contact of the alarm panel

as long as the reporting for the door contact is enabled by software.

Using Alarms

Three types of alarms with A or B readers are allowed.

DHO alarm reader “A”

DHO alarm reader “B”

Forced entry reader “A”

Forced entry reader “B”

Reader Tamper “A”

Reader tamper “B”

Multiple Combinations

For multiple combinations of inputs/outputs and events a spare output on an IRC panel can be assigned this

functionality, through the use of links. The output can be assigned to a Summit input and instructed to follow.



50



51

A p p e n d i x B : D i a l u p M o d e m

C o n f i g u r a t i o n

Setting up a dialup network requires two (2) modems – one connected to a serial port on the Server and one

connected to the first IRC2000 board at the remote site.

Remote Site Modem:

1. Set DIP Switches 1 through 5 to define the IRC2000‟s address.

2. RBH recommends a U.S.Robotics® external Sportster modems and a baud rate of 9600.

3. Make any DIPswitch settings on your modem as per your modem manual and the Integra32™ hardware manual.

Parameter Setting

Auto Answer (AA) ON

Data Terminal Ready (DTR) or (TR) ON (Override)

Verbal Result Codes ON

Suppress Result Codes OFF

Echo Commands OFF

Carrier Detect (CD) OFF (Normal)

These settings on the recommended modem would mean that all modem DIPswitches (1, 3, 4, 7, and 8)

were down, except switches 2, 5, & 6, which will be up.

Note: PC side modem will not work with above DIP switches settings. PC side modem has to be set to default

settings (3, 5, 8)

4. Check the telephone line for dial tone and connect the phone cord to the modem.

5. Power up the modem and check the front panel lights to verify that the AA, TR, and CD settings are correct as

per the above table.

6. Plug in the IRC2000 to Modem cable (See the Hardware Manual for pin outs)

7. Power up the IRC2000. The IRC2000 will automatically reset the modem and download the initialization string

required to receive a call from the Server modem.



52

Server (Host) Site Modem:

Install modem in Windows

1. Use the modem setup (TAPI) screen in Windows Control Panel to install a modem for any available COM

port on the Server.

2. From the Modem Properties window you can add a modem, remove a modem, or edit modem properties

(You can access modem properties from Control Panel). Click the Add button.

Figure1: Phone and modem Options window.

3. You may choose to let the Install New Modem wizard auto detect your modem or select it yourself. You

will have to specify the COM port that you will use for that modem.

4. Once the modem has been installed, you may edit the settings to correspond with the remote site(s) settings.

5. In Figure 2, right click on modem and select properties to open modem properties window.



53

Figure 2: Opening modem properties from device Manager.



54

6. Use the Properties button to set the desired modem parameters e.g. Max. Speed of 9600 for a 56.6k modem.

Use parameters appropriate for the remote site that you are connecting to.

Figure 3: Modem properties



55

6. Set Advanced Connection Settings as follows.

Include „Extra Initialization Commands‟ of &N6 to further force a baud rate of 9600.

Figure 4: Modem Properties



56

Click on Query Modem button (Figure 5), and you will see „success‟ message (Figure 6). Otherwise, you will see

„communication fails‟ message (Figure 7).

Figure 5: Modem Diagnostics properties



57

Figure 6: modem Query results

Figure 7: Modem Query error message.



58

Cautions/Procedure for Modems connection

1. Dipswitch 8 of all IRC-2000s should be set to OFF before making the modem connection.

2. After establishing the modem connection, download to all IRC-2000s and not just the IRC-2000 to which

modem is connected (so that the password is downloaded to all the panels).

3. Change all Dipswitch 8s to ON.

4. Re-power the IRC-2000s.

Configure Modem COM Port on the Integra32™

Server

1. Open the Network Properties window in the Integra32™

Database Manager.

2. Click on Port Type and select Modem Network.

3. Use the Modem combo box down arrow and select the modem from those already setup under Windows.

4. Set the baud rate 9600 and Phone number (for the software to call the remote site).

5. Enter a password. (Connect the first time with Dip switch 8 off.)

6. Click OK to complete the configuration.

In House Hardware Setup



59

Note: Panel modem side 25 pin DB connector wiring diagram is incorrect. Please refer to

diagram below



60

Modem Connection

The IRC-2000 can be connected to the PC via a modem. The modem connection is

similar to the RS-232 connect (except that the TX & RX connections are straight through

instead of crossed) with the inclusion of the DCD terminal. If multiple controllers are

used then the RS-485 connecter will be needed to connect the additional controllers to

the modem controller.

Cable Specification

4-conductor shielded, 18 to 22 AWG




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